Self-admitted technical debt (SATD) refers to a form of technical debt in which developers explicitly acknowledge and document the existence of technical shortcuts, workarounds, or temporary solutions within the codebase. Over recent years, researchers have manually labeled datasets derived from various software development artifacts: source code comments, messages from the issue tracker and pull request sections, and commit messages. These datasets are designed for training, evaluation, performance validation, and improvement of machine learning and deep learning models to accurately identify SATD instances. However, class imbalance poses a serious challenge across all the existing datasets, particularly when researchers are interested in categorizing the specific types of SATD. In order to address the scarcity of labeled data for SATD \textit{identification} (i.e., whether an instance is SATD or not) and \textit{categorization} (i.e., which type of SATD is being classified) in existing datasets, we share the \textit{SATDAUG} dataset, an augmented version of existing SATD datasets, including source code comments, issue tracker, pull requests, and commit messages. These augmented datasets have been balanced in relation to the available artifacts and provide a much richer source of labeled data for training machine learning or deep learning models.

自承的技术债（SATD）是一种技术债形式，在其中开发人员明确承认和记录代码库中存在的技术捷径、变通方案或暂时解决方案。在过去几年中，研究人员通过人工标注数据集，包括源代码注释、问题跟踪器和拉取请求部分的消息以及提交消息，以用于训练、评估、性能验证和改进机器学习和深度学习模型来准确识别SATD实例。然而，现有数据集中存在类别不平衡的严重挑战，特别是当研究人员有兴趣对SATD的具体类型进行分类时。为了解决现有数据集中SATD识别（即实例是否为SATD）和分类（即对哪种类型的SATD进行分类）的标记数据不足的问题，我们分享了SATDAUG数据集，这是现有SATD数据集的增强版本，包括源代码注释、问题跟踪器、拉取请求和提交消息。这些增强的数据集在可用的工件相关性方面进行了平衡，并为训练机器学习或深度学习模型提供了更丰富的标记数据源。

SATDAUG - 用于检测自我承认技术债务的平衡增强数据集